For centuries, hydraulic engineers were at the forefront of science. The last forty years marked a change of perception in our society with a focus on environmental sustainability and management, particularly in developed countries. Herein, the writer illustrates his strong belief that the future of hydraulic engineering lies upon a combination of innovative engineering, research excellence and higher education of quality. This drive continues a long tradition established by eminent scholars like Arthur Thomas IPPEN, John Fisher KENNEDY and Hunter ROUSE
We look into an ever-changing future filled with challenges to continue developing new water resourc...
Since the last ten years, financial crisis has strongly impacted the global economy, which was mainl...
The writer re-visits the pedagogical impact of field works in undergraduate hydraulic engineering su...
Hydraulic engineering was at the forefront of science for centuries. The end of the 20th century mar...
20th century marked a change of perception in our society, especially in developed countries, with a...
20th century marked a change of perception in our society, especially in developed countries, with a...
Hydraulics is the branch of civil engineering related to the science of water in motion, and the int...
Hydraulic structures are critical for water management, but face evolving societal challenges and ch...
Hydraulic structures are critical for water management. Yet many structures continue to be neglected...
The state of the art of design of hydraulic structures is changing rapidly. Although hydraulic struc...
A hydraulic structure is an artificial system which interacts with the flow of water. A number of en...
In this report, a joint IAHR and UNESCO panel adresses the current developments in hydraulic enginee...
Industrial hydraulics is often perceived as an old fashioned technology at the end of its innovation...
Hydraulic structures are the common element to many water challenges. Seeking sustainable solutions...
Since the early European settlements, Australia's economy has been highly dependent upon its water s...
We look into an ever-changing future filled with challenges to continue developing new water resourc...
Since the last ten years, financial crisis has strongly impacted the global economy, which was mainl...
The writer re-visits the pedagogical impact of field works in undergraduate hydraulic engineering su...
Hydraulic engineering was at the forefront of science for centuries. The end of the 20th century mar...
20th century marked a change of perception in our society, especially in developed countries, with a...
20th century marked a change of perception in our society, especially in developed countries, with a...
Hydraulics is the branch of civil engineering related to the science of water in motion, and the int...
Hydraulic structures are critical for water management, but face evolving societal challenges and ch...
Hydraulic structures are critical for water management. Yet many structures continue to be neglected...
The state of the art of design of hydraulic structures is changing rapidly. Although hydraulic struc...
A hydraulic structure is an artificial system which interacts with the flow of water. A number of en...
In this report, a joint IAHR and UNESCO panel adresses the current developments in hydraulic enginee...
Industrial hydraulics is often perceived as an old fashioned technology at the end of its innovation...
Hydraulic structures are the common element to many water challenges. Seeking sustainable solutions...
Since the early European settlements, Australia's economy has been highly dependent upon its water s...
We look into an ever-changing future filled with challenges to continue developing new water resourc...
Since the last ten years, financial crisis has strongly impacted the global economy, which was mainl...
The writer re-visits the pedagogical impact of field works in undergraduate hydraulic engineering su...